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At least 55 records · Page 3Linked to original sources
PubMed1999

[Thoracoscopy versus thoracotomy in spinal surgery: comparison of 2 paired series].

PURPOSE OF THE STUDY: This study was carried out to compare the intraoperative and postoperative results of conventional surgery of the thoracic spine by thoracotomy with those of the thoracoscopic technique to determine the advantages of this new approach. MATERIAL AND METHODS: A series of twenty-nine patients operated by thoracoscopy for a spinal disorder was matched regarding the etiology of spine disease and type of surgical procedure with twenty-four patients operated by thoracotomy. This matching procedure yielded two similar groups of twenty patients. The criteria used for evaluation were the duration of the procedure, blood loss, intraoperative complications, the duration of stay in postoperative intensive care, the duration and yield of pleural drainage, the time until return to the upright position, duration of use of WHO grade-three analgesics (morphine derivatives), the postoperative complications, and the length of hospitalization. RESULTS: There was a significant difference in three parameters: the duration of the procedure (thoracotomy, 172 min; thoracoscopy, 246 min; p < 0.006), intraoperative bleeding (thoracotomy, 837 mL; thoracoscopy, 447 mL; p < 0.0009), and duration of use of WHO grade-three analgesics (thoracotomy, 4.5 days; thoracoscopy, 2.3 days; p = 0.011). There was no difference in the intra- or postoperative complication rates of the two methods. DISCUSSION: The better view provided by thoracoscopy and its preservation of the wall structures probably explain why there was less bleeding and postoperative pain with this technique. The insufficiency of the current thoracoscopic instrumentation and the learning curve account for the longer duration of these interventions. CONCLUSION: These data confirm the usefulness of thoracoscopy which is less traumatizing, less hemorrhagic, and causes no more complications than thoracotomy. The longer operative duration is currently a minor drawback, and should shorten with experience and the development of specific instrumentation.

Adolescent↗
PubMed1999

[Value of thoracoscopy in undiagnosed pleural effusion].

OBJECTIVE: To assess the value of thoracoscopy in undiagnosed pleural effusion. METHOD: By thoracoscopy, 114 cases of unknown origin pleural effusion were examined. Abnormal pleurae were biopsied in sight of thoracoscopy and compared with blind needle biopsy for pleurae. RESULTS: Positive rate was 91.2% (104/114) by thoracoscopy and 28.1% (32/114) by blind needle biopsy for pleurae. Significant difference between the groups was found (P < 0.005). In sight of thoracoscopy the morphology of pleural mesothelioma, metastatic carcinoma and tuberculous pleurisy was different. The rate of malignancy of sanguineous pleural effusion was 77.1% and yellow pleural effusion was 53.0%. PPD test showed that intense positive reaction was 42% in the benign cases, but negative response was 48% in the malignant cases. No serious complication occured in all cases. CONCLUSIONS: Thoracoscopy is an safe and effective measure in diagnosing patients with undiagnosed pleural effusion.

Adult↗
PubMed1992

[Emergency thoracoscopy in the diagnosis and treatment of complicated chest injury ].

Emergency thoracoscopy was undertaken in 111 patients with complicated closed chest trauma and in 67 persons with penetrating knife wounds of the chest. Thoracoscopy in patients with closed chest trauma revealed pneumohemothorax in 53, pneumothorax in 42, and hemothorax in 10 cases, in 4 patients the hemothorax was coagulated. Penetrating injuries were complicated by pneumohemothorax in 30, by pneumothorax in 21, and by hemothorax in 16 cases. From the results of thoracoscopy, emergency thoracotomy was found to be indicated in 11 patients with penetrating chest wounds. Endoscopic electrocoagulation of the wounds of the lung and thoracic wall was conducted in 28 patients with a closed trauma and in 26 persons with penetrating injuries, laser coagulation was performed in 10 cases with closed trauma and in 8 patient with knife wounds, medical glue was applied for occlusion of surface ruptures of the lung in 11 cases. No complications of thoracoscopy occurred. The therapeutic methods of thoracoscopy with the use of high frequency electric current, NIAH-laser radiation are described. It is concluded that the inclusion of thoracoscopy in the complex of therapeutic and diagnostic measures in patients with complicated chest trauma is expedient.

Adolescent↗
PubMed1995

Medical thoracoscopy. Role in pleural and lung diseases.

This overview of the indications for interventional thoracoscopy is far from exhaustive and new applications will surely be proposed. In conclusion, thoracoscopy provides diagnosis of pleural-based malignancy or tuberculosis with a high degree of accuracy when routine cytology and closed-needle pleural biopsies have failed. In patients in whom adequate visualization can be accomplished, an unequivocal pathologic diagnosis of benign disease can be made with a specificity approaching 100%. If transbronchial biopsy and bronchoalveolar lavage are inconclusive, VATS lung biopsy appears to be a safe alternative to open lung biopsy by thoracotomy for diagnosis of diffuse interstial or infectious lung disease. Thoracoscopy is often effective in the management of malignant pleural effusion and spontaneous pneumothorax. A close working relationship between pulmonary physicians and thoracic surgeons will assure that patients undergoing diagnostic thoracoscopy, under local anesthesia with intravenous sedation in the pulmonary endoscopy suite, are appropriate candidates for this procedure. It is absolutely mandatory that physicians intent on performing this procedure be adequately trained. We believe that collaboration between thoracic surgeons and pulmonologists not only facilitate training in thoracoscopy, but also insure that patients undergoing thoracoscopy will be carefully assessed from both perspectives.

History, 20th Century↗
PubMed1993

Thoracoscopy in pleural malignant mesothelioma: a prospective study of 188 consecutive patients. Part 1: Diagnosis.

BACKGROUND: To compare the diagnostic value of thoracoscopic biopsy, fluid cytology, and Abrams needle biopsy, the authors analyzed prospectively the records of 188 patients with malignant pleural mesothelioma examined between 1973 and 1990. Symptoms were pleural effusion in 173 patients, empyema in 1, spontaneous pneumothorax in 1, and radiologic tumor without effusion in 13. METHODS: Thoracoscopy was performed using a rigid thoracoscope under local anesthesia with neuroleptanalgesia. A total of 10-20 biopsies were taken from the parietal, diaphragmatic, and visceral pleura. Each diagnosis was confirmed by the French panel of mesothelioma pathologists. To prevent parietal seeding, radiation therapy at a dose of 21 Gy was administered during a period of 3 days to all points of entry. RESULTS: Tolerance to thoracoscopy was good. The only complications were subcutaneous emphysema (1 patient), local pleural infection (4 patients), hemorrhage of less than 100 ml (3 patients), and temperature of 38-38.5 degrees C (26 patients). In 137 patients, the cavity was free, and complete endoscopic inspection was achieved. In 51 patients, inspection was limited by adhesions that were severed to obtain biopsy. Nonspecific inflammation was observed in 12 patients (6.5%), nodules in 92 (49%), thickening in 21 (11%), and mixed lesions in 63 (33.5%). Diagnosis was achieved by thoracoscopy in 98% of patients, by fluid cytology in 26%, and by needle biopsy in 21%. CONCLUSION: In most patients, thoracoscopy allows complete visualization of the pleural cavity and provides high-quality biopsy samples. The diagnostic accuracy of thoracoscopy is similar to open thoracotomy, but the procedure is far less invasive, usually requiring that the patient remain in the hospital only 1 day.

Evaluation Studies as Topic↗
PubMed2006

The role of thoracoscopy in the treatment of pleural empyema in children.

BACKGROUND: The treatment of empyema with pleural drainage is a widely accepted surgical procedure. Currently, thoracoscopy often is used to treat this disease in some thoracic surgery centers. This report aims to present the authors' experience with the treatment of pleural empyema and the benefits of thoracoscopy. METHODS: From 1997 to 2005, 49 children with a diagnosis of pleural empyema were treated by means of thoracoscopy in the authors' department. The study group consisted of 21 girls and 28 boys, ages 1 to 17 years (mean age, 9.2 years). Thoracoscopic cleaning and drainage of the pleural cavity was performed for all the patients. RESULTS: Intraoperatively, stage I empyema was recognized in 7 children (14.3%), stage II in 30 children (61.2%), and stage III in 12 children (24.5%). Very good results were obtained for all the patients. There were no intra- or postoperative major complications. The drainage time was less than 5 days for 63.3% of the children. In the remaining group of patients, drainage exceeded 8 days only for 16.3%. The postoperative time was short. Emptying of the pleural cavity and full lung decompression were achieved in all cases. In four cases, pleural biopsy showed TB, which enabled early proper treatment. CONCLUSIONS: Thoracoscopy can offer good visualization and cleansing of the empyema chambers, establishing efficient drainage even for patients with advanced stages of pleural empyema. Thoracoscopy enables collection of material not only for bacteriologic, but also for histopathologic examination. The method is minimally invasive, and risk for complication is comparable with that for classical thorax drainage.

Adolescent↗
PubMed1987

Thoracoscopy under regional anesthesia for the diagnosis and management of pleural disease.

Over a 3 year period, 52 patients underwent thoracoscopy for the diagnosis and management of a variety of pleural diseases. In 46 of the 52 patients, thoracoscopy was performed under regional anesthesia. The procedure was associated with no operative deaths and essentially no morbidity. In all 52 patients, thoracoscopy averted the need for formal thoracotomy. Thoracoscopy proved valuable as (1) the ultimate diagnostic tool for determining the presence or absence of pleural malignancy in patients with recurrent pleural effusions; (2) a method for obtaining tissue in cases where cytologic study was inadequate for diagnosis; (3) a highly successful approach to chemical pleurodesis in patients with malignant pleural effusions, multiloculated effusions, or failed tetracycline pleurodesis; (4) a means for determining whether a loculated fluid collection was intrapleural or parenchymal in location when radiologic study had failed to clarify this; (5) a way to completely drain the pleural space in patients with multiloculated empyemas not amenable to tube thoracostomy; and (6) an alternative to open lung biopsy in the immunosuppressed patient with diffuse pulmonary infiltrates. Thoracoscopy is a safe, effective, and relatively simple procedure which can be easily performed under regional anesthesia, even in ill or elderly patients. It is an often overlooked alternative to thoracotomy and should be used more widely.

Adult↗
PubMed1992

Early and late outcome after diagnostic thoracoscopy and talc pleurodesis.

Although thoracoscopy is now recognized to be of both diagnostic and therapeutic value, the risks of this procedure have not been fully addressed. We retrospectively reviewed our experience with 100 patients who underwent 110 thoracoscopies during the period January 1989 to February 1991. Sixty-five men and 35 women (ratio of 1.9:1) underwent thoracoscopy using general anesthesia and intubation with a double-lumen endotracheal tube. The mean age was 64.2 +/- 11.6 years (range, 13 to 85 years). The diagnosis was established in 48 (85.7%) of the 56 patients with undiagnosed pleural effusions. Forty-four patients were referred for therapeutic thoracoscopic talc pleurodesis. Pleurodesis was successful in 42 patients (95.5%). Four patients (4%) had five postoperative complications (two bronchopleural fistulas, two chest infections, and one arrhythmia). Five patients (5%) died after thoracoscopy; mean age was 67.8 +/- 8.1 years (range, 55 to 77 years). The causes of death were cardiac arrest in 2, respiratory failure in 1, and malignant cachexia in 2. The findings of this study confirm that thoracoscopy can achieve high rates of diagnostic and therapeutic success but is not without attendant mortality in a high-risk patient population.

Aged↗
PubMed1993

Pediatric thoracoscopy: where have we come and what have we learned?

The procedure of thoracoscopy was employed in adult patients for more than half a century before the first report evaluating its use in children was published in 1976. Initially thoracoscopy was proposed as a technique for obtaining pulmonary biopsy specimens in immunocompromised children when interstitial pneumonia developed, but, as more experience with the technique was gained, new indications for its use in children have arisen. A review of the published reports on the use of thoracoscopy in children has brought to light areas in which the procedure has been particularly useful as well as several limitations of the procedure. In properly selected patients, thoracoscopy is an extremely accurate method of tissue diagnosis for diffuse and localized pulmonary infiltrates. This technique may be the procedure of choice in the diagnosis of mediastinal lesions in children and in the surgical treatment of empyema and pneumothorax. Most of the morbidity and mortality reported for the procedure have been in patients with diffuse interstitial pneumonias. Such patients, who are on high-pressure ventilator support, are best managed by a standard open lung biopsy. Maintenance of a sufficient pneumothorax has proved difficult in very small infants and children, and the procedure may not be applicable in children who weigh under 8 kg. Refinements in thoracoscopy instrumentation will allow the performance of more complicated surgical dissections as pediatric surgeons acquire more familiarity with this technique.

Child↗
PubMed1993

Thoracoscopy in the management of empyema in children.

Many pediatric surgeons advocate early open drainage or decortication for children with acute empyema. Unfortunately, such procedures can be associated with significant morbidity. Since 1981, we have used early thoracoscopic adhesiolysis and pleural debridement as an alternative to open thoracotomy in 9 children with acute empyema. The average age was 7.8 +/- 1.8 years (range, 2 to 16). All patients had failed initial treatment, which included antibiotics and chest tube drainage. All procedures were performed under general anesthesia. Following thoracoscopy, 8 of the 9 patients were managed with a single drainage tube and the average duration of tube drainage was 8.4 +/- 1.4 days. One patient died of underlying leukemia. Of the 8 patients who recovered, the average postoperative hospital stay was 13.4 +/- 2.9 days. No complications resulted from the thoracoscopies and there was no need for further surgical intervention in any of these patients. We conclude that thoracoscopy allows for minimally invasive, yet effective treatment of acute empyema with loculated collections. Thoracoscopic visualization of the pleural cavity permits efficient debridement, thorough adhesiolysis, and optimal placement of drainage tubes. Since we have begun using early thoracoscopy in the treatment of pediatric empyema, open drainage or decortication has not been required in any of these patients. Thoracoscopy is a useful adjunct in the treatment of empyema in children and its early application may eliminate the need for decortication.

Chest Tubes↗
PubMed2005

The use and development of medical thoracoscopy in the United Kingdom over the past 5 years.

INTRODUCTION: Medical thoracoscopy is a safe, reliable and therapeutic procedure used in the management of pleural disease. For reasons that are unclear it is under utilised in the United Kingdom (UK) when compared to the rest of Europe. We have studied its development and use over the past 5 years. METHOD: We have performed national postal surveys in 1999 and 2004 to assess the provision of medical thoracoscopy, its indications for use, local practices as well as, training and audit issues. RESULTS: 11 centres in 1999 and 17 centres in 2004 perform medical thoracoscopy, there were more district general hospitals providing this service than teaching hospitals. Twenty-seven centres in 1999 and 54 centres in 2004 stated plans to begin providing a service. Centres were performing between 10 and 30 thoracoscopies per year. There were differences between centres in local practices and training received. The majority of currently performing centres offered training and were interested in national audit. DISCUSSION: This study has shown there are still only a small proportion of UK respiratory centres performing medical thoracoscopy. There is a growing interest in the procedure, however, issues regarding standardisation of care across the UK, on going competency and training have been highlighted. A British Thoracic Society (BTS) working group has been set up to address these.

Education, Medical, Continuing↗
PubMed1998

Thoracoscopy for empyema in children.

METHODS: During a 19-month period, seven children with empyema underwent thoracoscopy. The average age was 7.5 years (range, 3 to 15 years) and the duration of illness before surgery 16.5 days (range, 7 to 42 days). All patients received preoperative antibiotics, underwent ultrasound or CT scan and thoracentesis. Two patients had preoperative intercostal tube drainage. Indications for operations were lack of response to antibiotics of loculation of pleural fluid on imaging. All procedures were performed under general anesthesia with a single lumen tube. RESULTS: Thoracoscopy allowed for good access and complete clearance in two patients. In the remaining patients, thoracoscopy failed to clear the disease because of difficulty with access, instrumentation, and clearance of thick debris. These patients underwent thoracotomy with two requiring decortication. CONCLUSIONS: This experience suggests that even in the early stage of empyema formation, thoracoscopy is not as effective as thoracotomy. Larger experience and studies are required to define the place of thoracoscopy in the management of childhood empyema.

Adolescent↗
PubMed1990

Investigation of pleural effusion: comparison between fibreoptic thoracoscopy, needle biopsy and cytology.

Twenty-eight patients with exudative pleural effusion have been investigated by fibreoptic thoracoscopy, Abrams needle biopsy and pleural fluid cytology. Sixteen patients had previously had negative pleural biopsies and cytology. Twenty effusions were malignant (16 mesothelioma, four metastatic carcinoma), seven were due to nonspecific inflammation and in one case no abnormality was found. The diagnostic yield for all three techniques combined was 85%, for thoracoscopy alone 65%, Abrams biopsy 60% and cytology 45%. In 12 patients presenting without previous investigation all eight malignant effusions were correctly diagnosed by at least one of the techniques with individual sensitivities of 75% for thoracoscopy, 63% for Abrams and 38% for cytology. Of the 16 patients who had previously had negative investigations 12 had malignant effusions, nine (75%) of which were diagnosed by a combination of the techniques. In this group, the individual sensitivities were 58% for both thoracoscopy and Abrams and 50% for cytology. A correct diagnosis of malignancy was made by a combination of needle biopsy and cytology in 75% of patients with previous investigations and 88% of those without. Fibreoptic thoracoscopy added only two diagnoses of malignancy to those obtained by Abrams and cytology. The limitations of the technique render it unsuitable for routine investigation of pleural effusions.

Aged↗
PubMed1998

Medical thoracoscopy, results and complications in 146 patients: a retrospective study.

In a retrospective study the results of medical thoracoscopy in 147 patients were reviewed; 136 of the patients had pleural effusion and 11 patients had diffuse pulmonary infiltration. All the pleural exudates were initially screened three times successively and found to be sterile and without tumour cells. All thoracoscopies were performed with local anaesthesia, with the 'open technique', and nine different doctors performed the thoracoscopies. The overall diagnostic sensitivity was 90.4%. The results demonstrated 62% with malignancy of the pleura, and 38% revealed benign pleural diseases, among them 2% with tuberculosis. The sensitivity for malignancy was found to be 88% and the specificity 96%. The most common primary lung cancer with involvement of the pleura was the adenocarcinoma (62%), and the most common metastatic tumour originated from the breast (28%). The sensitivity for tuberculosis was 100% and the specificity 100%. No mortality was found, and the morbidity was low at about 0.6% (empyema, pleuro-cutaneous fistula, transcutaneous growth of tumour (mesothelioma)). In 64% of the patients the thoracoscopy resulted in treatment (pleurodesis, antituberculous treatment, chemotherapy and peroral steroid therapy). The medical diagnostic thoracoscopy in local anaesthesia is a simple, low-cost investigation with a relatively high diagnostic accuracy, no mortality and a low morbidity.

Adenoma↗
PubMedDate not supplied

Thoracoscopy as a nonpharmacotherapeutic research modification for limiting postoperative chest pain.

Diminished tissue injury and shortened clinical recovery are benefits of using an endoscopic approach for patients needing operative procedure. In the course of developing an experimental model requiring procurement of topographically precise lung biopsy specimens, we sought to apply thoracoscopy as a research alternative to thoracotomy. In addition, we investigated the influence of thoracoscopy on postprocedure recovery practices using rabbits divided into four treatment groups. Rabbit groups 1 and 2 underwent thoracoscopy and lung biopsy while maintained by one-lung anesthesia. Additionally, group 2 had ketoprofen and bupivacaine HCl analgesics injected for treatment during postprocedure recovery. These two groups were compared to control rabbits in groups 3 and 4, which underwent inhalant anesthesia without thoracoscopy. Control group 3 also received the injection analgesic combination. During recovery, rabbit behavior was systematically assessed for evidence of pain. No behavior considered indicative of pain needing intervention was observed regardless of treatment group. Limited changes in plasma corticosterone, catecholamines, and prostaglandin E2 levels measured during recovery were difficult to associate with any treatment. Unexpectedly, significantly different mean corticosterone and catecholamines levels were detected in rabbits given the injection analgesic combination in the absence of thoracoscopic procedure, as compared to other treatment groups. The results highlight the importance of awareness that analgesic drug administration has the potential to alter homeostasis and affect interpretation of some study findings by its own guise. Correlation of the mean pain study results with plasma biochemical data supports preferential use of thoracoscopy as a refinement for limiting postprocedural pain in research models.

Anesthesia, Inhalation↗
PubMed1979

Thoracoscopy in children.

Dissatisfied with standard techniques for pulmonary diagnosis in children, we have evaluated the usefulness of thoracoscopy for diagnosis of intrathoracic pathology. Between July 1, 1975, and May 1, 1978, 65 thoracoscopy procedures have been performed in 57 children at the University of Florida. Thirty-four procedures were performed in immunosuppressed patients to rule out Pneumocystis carinii pneumonia. Twenty of these patients were proven to have Pneumocystis pneumonia, a diagnostic accuracy of 100%. Twelve nonimmunosuppressed patients underwent thoracoscopy for the diagnosis of persistent pulmonary infiltrates with a 100% diagnostic accuracy. Fifteen procedures were performed for the diagnosis of intrathoracic tumors. In two patients, previously unsuspected areas of involvement were encountered while in two patients false-negative biopsies were obtained. Four patients underwent therapeutic thoracoscopy. In three small infants, unsuccessful attempts were made to unroof pulmonary cysts through the thoracoscope and one patient underwent a talc poudrage. Thoracoscopy has proven to be a safe and rapid procedure which may be performed under local anesthesia without need for endotracheal intubation. In patients with pulmonary infiltrates, the accuracy has been 100%. The capability of viewing the entire hemithorax has proven valuable in evaluating children with intrathoracic tumors. Complications have included pneumothorax in six patients and bleeding in two.

Adolescent↗
PubMed1994

A prospective evaluation of thoracoscopy for the diagnosis of penetrating thoracoabdominal trauma.

Penetrating thoracoabdominal trauma presents a difficult diagnostic dilemma. Violation of the diaphragm may be very difficult to establish. Conventional diagnostic procedures such as chest radiography, computed tomography, and diagnostic peritoneal lavage have been shown to be unreliable. Mandatory exploratory celiotomy carries a 20%-30% negative rate. Twenty-eight patients with penetrating thoracoabdominal trauma over a 6-month period were prospectively evaluated by thoracoscopy at a major urban trauma center. All patients were hemodynamically stable, had no indications for immediate celiotomy, and demonstrated thoracic injury on chest radiography or physical examination. All thoracoscopy was performed in the operating room under general anesthesia. Patients consisted of 25 males and 3 females with an age range of 15-48 years. Mechanism of injury consisted of 24 stab wounds and 4 gunshot wounds. Twelve of the procedures were for right chest wounds and 16 involved the left hemithorax. Diaphragmatic injury was identified at thoracoscopy in 9 patients (32%), with all confirmed and repaired at celiotomy. Eight of 9 patients (89%) undergoing celiotomy were found to have significant intra-abdominal injuries requiring surgical repair. Thoracoscopy was also useful for evacuation of blood from the pleural space. There were no procedure-related complications. Thoracoscopy is a safe, accurate, reliable diagnostic technique for evaluating thoracoabdominal penetrating trauma. It is less invasive than celiotomy and has the added benefit of diagnosis and therapy of the intrathoracic injuries.

Abdominal Injuries↗
PubMedDate not supplied

Ultrasound guidance for medical thoracoscopy: a novel approach.

BACKGROUND: Commonly, a pneumothorax is induced before medical thoracoscopy to facilitate safe entry into the pleural space. OBJECTIVE: Evaluate the use of transthoracic ultrasound to locate a safe entry site for trocar placement during medical thoracoscopy without induction of a preprocedure pneumothorax. METHOD: The study was designed as a prospective cohort study, performed in the setting of a tertiary care hospital with an active interventional pulmonology program. It included 20 consecutive patients referred for medical thoracoscopy. RESULTS: Ultrasound identified entry sites in all 20 patients. All sites were successfully used, despite the presence of adhesions in 3 patients. There were no complications. CONCLUSIONS: Ultrasound could safely and reliably identify entry sites for trocar placement during medical thoracoscopy, even in patients with pleural adhesions. The use of ultrasound may replace the practice of pneumothorax induction before medical thoracoscopy.

Aged↗